Rise GR1-TM User manual

RL854___GB - Rev.01
PEDESTRIAN ACCESS
Instructions
GR1-TM

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GR1-TMEnglish
dICHIARAZIONE dI CONFORMITà
dECLARATION OF CONFORMITY
Costruttore/Manufacturer:
RISE s.r.l.
Via Maso, 27 36035 Marano Vicentino (VI) ITALY
Prodotto/Product:
Tornelli per varchi pedonali:
Turnstiles for pedestrian access:
GR1
Il sottoscritto Luigi Benincà, legale rappresentante della Ditta RISE s.rl., in qualità di distributore, dichiara
che i prodotti sopra descritti sono conformi a quanto previsto dalle seguenti direttive comunitarie:
Direttiva Macchine 2006/42/EC del Consiglio del Parlamento Europeo riguardante i macchinari elettrici del
17 Maggio 2006 e dei successivi emendamenti.
Direttiva di Bassa Tensione 2006/95/EC, PN-EN 13241-1:2012, PN-EN 60335-1:2012, PN-EN ISO 12100-
1:2005, PN-EN ISO 12100-2:2005, PN-EN 61000-6-2:2008, PN-EN 61000-6-3:2008/A1:2012, PN-EN
60950:2002, PN-EN 61000-6-3:2002, PN-EN61000-6-2:2002.
The undersigned, Mr. Luigi Benincà, legal representative of the company RISE s.r.l., in the capacity of
distributor, declares that the above mentioned products, complies the following EC Directives:
The device is a piece of machinery as understood by the Directive 2006/42/EC of the European Parliament
and of the Council of 17 May 2006 on machinery, and its later amendments. The device is made pursuant
to following directives and norms: Machinery Directive 2006/42/EC, Low Voltage Directive 2006/95/EC,
PN-EN 13241-1:2012, PN-EN 60335-1:2012, PN-EN ISO 12100-1:2005, PN-EN ISO 12100-2:2005, PN-
EN 61000-6-2:2008, PN-EN 61000-6-3:2008/A1:2012, PN-EN 60950:2002, PN-EN 61000-6-3:2002, PN-
EN61000-6-2:2002.
Marano Vicentino, 05/09/2013
-----------------------------------------
Legale rappresentante
Legal representative

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GR1-TM English
DESCRIPTION OF DEVICES
1. Series, types of device and housings for GR1 gates
Devices vary among one another as to arms structure (DA) and housing type (INOX, or PAINTED):
2. Technical data of devices and standard equipment – GR1 series
Model GR1
Supply voltage
24 V, 50/60 Hz
Absorbed Power
60 W
Absorbed Current
2.5 A
Working temperature
-20 to +50
0
C
IP protection rate
IP 33
Main housing material
INOX AISI 304
GR1 – TM - DA SERIES
GR1 - TM SERIES
GR1 –TM -DA - N
Collapsing arms, stainless steel housing
GR1 –TM - N
Fixed arms, stainless steel housing
GR1 –TM -DA - M
Collapsing arms, painted housing
GR1 –TM - M
Fixed arms, painted housing

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MAINTENANCE AND OPERATION MANUAL FOR GR1 GATE
Device general description
DRAWING DESCRIPTION
1
1
Lock with a key, securing access to the inside of the device.
2
2
Housing made of INOX steel, so called stainless AISI 304 of
1.5 mm thickness. After unlocking, access to the device’s
mechanism is possible. Zinc plated and painted housings are
also available.
3
3
Switch with collapsing (GR1 – TM - DA) or fixed (GR1 - TM)
arms mechanism.
4
4
Arms of the hub locking or releasing access to the exit zone.
5
5
Gate frame made of INOX steel, so called stainless AISI 304
of 2.0 mm thickness. Cables are led through the inside of the
frame.
6
6
Gate base made of INOX steel, so called stainless AISI 304 of
5.0 mm thickness.

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MAINTENANCE AND OPERATION MANUAL FOR GR1 GATE
3. General scheme of electrical connections (cable routes)
DRAWING DESCRIPTION
1
1
Control panel or buttons/switches (wires: 4x0.5 mm2).
2
2
Connecting with the external device e.g.: control logic,
ticket-reader, card-reader, coins dispenser etc. (wires –
signals from external devices: 4x0.5 mm2), (wires -
feedback signals: 4x0.5 mm2).
3
3
Power supply 24 V AC 50 Hz fed through
3x1.5mm2wires.
4
4
Connecting with the external device e.g.: control logic,
ticket-reader, card-reader, coins dispenser etc. (wires –
signals from external devices: 4x0.5 mm2), (wires -
feedback signals: 4x0.5 mm2).

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4. Scheme of basic connections of the electronic circuit
Input signals PINs
Output signals PINs
5. Scheme of basic functional systems of the device’s mechanism
DRAWING DESCRIPTION
1
Base of the gate mechanism
2
Rotor’s coupling
3
Master plate of the mechanism
4
Locking cam
5
Rotor’s locking pawl
6
Electromagnetic coil
7
Encoder
DRAWING DESCRIPTION
1
Fuse 5A/250V (5x20mm) medium-slow type
2
Electronic circuit markings with designation of electrical inputs
and outputs
3
Supply terminal ~24V AC (Slot with black and red cables)
4
Wiring terminal for controlling mechanical circuit of the device.
A
PIN 1 - digital input S_00 (for the circuit programming)
PIN 2 - Mass (0V) (arms initial position setting input)
B
PIN 3 – digital input S_11 (signal from reader/control logic)
PIN 4 – Mass (0V) (control on entering the gate)
C
PIN 5 – digital input S_12 (signal from reader/control logic)
PIN 6 – Mass (0V) (control on entering the gate)
d
PIN 7 – digital input S_21 (signal from reader/control logic)
PIN 8 – Mass (0V) (control on exit the gate)
E
PIN 9 – digital input S_22 (signal from reader/control logic
PIN 10 – Mass (0V) (control on exit the gate)
F
PIN 11 - Feedback OUT1 (NO contact, I max = 0.5A)
PIN 12 - Feedback OUT1 (COM contact, I max = 0.5A)
PIN 13 - Feedback OUT1 (NC contact, I max = 0.5A)
G
PIN 14 - Feedback OUT2 (NO contact, I max = 0.5A)
PIN 15 - Feedback OUT2 (COM contact, I max = 0.5A)
PIN 16 - Feedback OUT2 (NC contact, I max = 0.5A)

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MAINTENANCE AND OPERATION MANUAL FOR GR1 GATE
1. Functions of devices
a) Operating
Locking systems are released after obtaining an electronic setting signal from a controlling external devices (e.g. reader, controller, control
logic/switch). Setting signal may enable releasing one of the gate rotor’s rotary motion direction (exit/entry). Releasing time is about 15 seconds
(time during which the device is in standby mode waiting for the person to pass). After releasing mechanism’s locking systems, the device awaits
a force to be applied onto a rotor’s arm at any point, that is applying a horizontal force of about 10 N. After a 20˚ tilting of rotor’s arms, a drive unit
is automatically powered-up until passage cycle is completed. After reaching point “0” by the rotor’s rotary motion (so called end of cycle), the drive
unit remains locked until a next setting signal from an external device is received.
b) System of clearing the passage in case of voltage decay (model DA only)
Devices are equipped with an electro-mechanic system, that enables clearing the passage section in case of
a scheduled or unscheduled voltage decay on the device (in GR1 - TM – DA gate type).
On the point of voltage decay the system makes the arm fall to the release position (clearing the passage
section).
Note: Concerning that the devices installation requires allotting new zones and areas within
a building, compliance of the solution with local laws and safety standards, including fire-
fighting regulations, is to be verified at all times.
c) Securing access with the use of a key lock
The gate’s cover is secured against unauthorised personnel access with a lock unlocked with a key.
Note: The key shall be kept away from an unauthorised personnel access. The only person
authorised to keep the key should be a person trained properly and acknowledged with this
manual.

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MAINTENANCE AND OPERATION MANUAL FOR GR1 GATE
d) Scheme of fitting the device to the foundation
Device is to be fitted to a foundation with the use of steel anchor bolts glued (using chemical adhesive) to a
stable foundation (e.g. concrete foundation).
Note:
Devices must be set up prior to assembly in order to check whether they work properly.
The device must not be operated if there is a risk it is not fitted or not fitted properly to the
foundation. The device shall not be fitted to the foundation that is covered with a soft material
e.g. carpet, floor lining etc.
e) Structure enabling easy access to the device interior and fitting by the wall
Having the device housing removed, it is possible to access the device interior in order to perform installation,
maintenance and repair works, for example. To remove the housing, the minimum distances should be 50 mm
(behind the device) and 350 mm (above the device).
Note: Prior
to the side bonnets disassembly, one needs to make sure the device is not plugged to
the power supply. To perform installation, maintenance and repair works on devices already
fitted, it is necessary to exclude the area from pedestrian traffic using relevant barriers and signs
marking installation/service worker’s working area.
f) Locking the backward motion
Locking system prevents the rotor to move in the opposite direction to the direction set by the external device
signal.
Note: It is not possible
for a person passing through the device’s passage section while the passage
cycle lasts to move back if the rotor has performed an about 20˚ rotation.
To prevent passing a few people through at a single unlocking (authorisation for passing), it is
advised to use rounded barriers.

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MAINTENANCE AND OPERATION MANUAL FOR GR1 GATE
g) Mechanical assistance to the rotor’s arm movement
Having made a rotation of about 45o, the mechanical system automatically rotates the gate’s rotor to position
“0”, i.e. locking position.
h) Functions of the electronic circuit
POWER SUPPLY AND SWITCHING THE POWER OFF
The device is supplied with a voltage of 24 Volt AC (50Hz). To supply voltage to the device,
the plug (1) needs to be plugged in to the power supply. The device controlling system is
secured by a 5A fuse (medium-slow type), which can be replaced, in the case of damage,
by twisting the cover (2).
To avoid the risk of the device damage, all installation and
assembly works shall be performed while the power is off.
It is advised to pay attention to the power supply cable
resistance at great distances. If the voltage applied to the
device is too low, it may not work properly.
Position “0”

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MAINTENANCE AND OPERATION MANUAL FOR GR1 GATE
FEEDBACK SIGNALS INFORMING ABOUT ROTOR’S MOVEMENT (PERSONAL PASSAGE)
Feedback signals inputs of NC type (Normal closed)
Feedback signals inputs of No type (Normal opened)
Feedback signals description in a graph
form
Feedback signal informs about making a rotation by the
rotor, that confirms correct personal passing through the
passage section. Feedback signal shall be used in systems,
where efficient and accurate pedestrian traffic control is
important.
Correct application of the signal
to release from external devices
(e.g. reader /control logic) is
possible only after obtaining a
feedback signal informing about
the rotation cycle completion
(personal passage).
Table below provides descriptions of feedback signals
outputs informing about rotor’s movement.
Table below provides a description of an output signals
graph, so called feedback:
Outputs description
OUT 1
PIN 11 - Feedback OUT1 (NO contact, I max = 0.5A
PIN 12 – Feedback OUT1 (COM contact, I max = 0.5A)
PIN 13 – Feedback OUT1 (NC contact, I max = 0.5A)
OUT 2
PIN 14 - Feedback OUT2 (NO contact, I max = 0.5A)
PIN 15 – Feedback OUT2 (COM contact, I max = 0.5A)
PIN 16 – Feedback OUT2 (NC contact, I max = 0.5A)
Signals description
T1 Time between completion of the passage
cycle and application of the next pulse
T2,T4 A release signal S_11 or S_12 detecting time
T3 A release signal maintaining time (NOTE :
0,01 s ≤ T2+T3+T4 ≤ 1s)
T5 Pushing one of the rotor’s arms (sphere)
awaiting time (max 15s)
T6 Passage time (max. 15 s)
T7,T9 Time of switching one of transmitters at
outputs OUT1, OUT2 (min. 100 ms)
T8 The feedback signal lasting time (0.8 s)

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MAINTENANCE AND OPERATION MANUAL FOR GR1 GATE
SAMPLE CONFIGURATIONS OF CONNECTIONS
CONFIGURATION SAMPLE NO. 1 (1 x READER, 1 x SWITCH)
Connections:
DIRECTION 1 – reader (CR) (without feedback signal analysis)
DIRECTION 2 – control switch (SW) for a person controlling pedestrian traffic
(e.g. a security guard)
CONFIGURATION SAMPLE NO. 2 (2
x READER, 2 x SWITCH)
Connections:
DIRECTION 1 – reader (CR) (without reading the feedback signal), button (SW)
control switch for a person controlling pedestrian traffic (e.g. a security guard)
DIRECTION 2 – reader (SW) (without reading the feedback signal), control
switch (SW) for a person controlling pedestrian traffic (a security guard)
CONFIGURATION SAMPLE NO. 3 (2
x READER, 2 x SWITCH, 2 x FEEDBACK SIGNAL)
Connections:
DIRECTION 1 – reader (CR) (with feedback signal* OUT1), control switch (SW)
for a person controlling pedestrian traffic (e.g. a security guard)
DIRECTION 2 – reader (SW) (with feedback signal* OUT2), control switch (SW)
for a person controlling pedestrian traffic (a security guard)
*NO Feedback signals – “Normal open”

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SETTING THE ZERO POSITION

1.Disconnectthepowersupply.









2.Unplugallwiresconnectedtoinputsandoutputs
ofthecontrol(pinsfrom1to16).
3.Useapermanentjumperonbetweenpins1
and2oftheprogrammablecontrol.







4.Connectthepowersupply.



5.Waitsomesecondsuntilagreenarrowandared
crosspictogramslightupsimultaneously.


6.MovemanuallyEACHARMtothehorizontal
positionandwaitfortheclickofthecoils.Dothisfor
ALLthreearms.Next,removethejumperfrompins
1and2.Theprogrammablecontrolremembersthe
positionindicatedforeacharm.

00

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MAINTENANCE AND OPERATION MANUAL FOR GR1 GATE
6. SIZES OF DEVICES AND ASSEMBLY DRAWINGS GR1
a) Basic sizes of devices GR1
b) Example of modules setting GR1

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MAINTENANCE AND OPERATION MANUAL FOR GR1 GATE
c) Cables outlet
Markings description:
1. Access control device.
2. Power supply.
3. FTP type cable (8x0.5 mm2).
4. YDY or OMY type three-core cable: for up to 50 m - cable 3x1.5 mm2, for over 50 m - cable 3x2.5 mm2.
5. Protective pipe/cable duct of 30 mm diameter.
6. Foundation.
7. Protective pipe/cable duct of 30 mm diameter outlet in the gate’s housing at the height of 20 cm above the foundation.
8. Cables stated in points 3 and 4 outlet above the foundation level with a 2 m margin (they are the cables necessary to the gate operation
in its basic range, optional devices fitted to the gate require additional cables).
9. Gate’s electronic system (cables stated in points 3 and 4 lead site).
10. Possibility to lead cables the other side.
11. Device’s foundation.

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MAINTENANCE AND OPERATION MANUAL FOR GR1 GATE
d) Assembly drawing
Markings description:
1. B20 concrete.
2. AIII - 34GS steel.
3. A0 – St0 – ø10 steel.
4. Cable outlet (30x80 mm).
5. Assembly holes in the base plate – ø10,2mm.

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MAINTENANCE AND OPERATION MANUAL FOR GR1 GATE
7. INSTALLATION
1. Preparation of the site to devices assembly
Preparing and checking the assembly site by the Investor/user/buyer is aimed at efficient assembly of devices by the Investor.
PREPARATION OF THE FOUNDATION TO DEVICES ASSEMBLY
PREPARATION OF CABLE ROUTES 24V SUPPLY
Devices may be fitted on a stable foundation only, e.g. concrete,
steel construction. Cobblestone or asphalt surface are not
a stable foundation.
Cable routes shall be lead inside the foundation and outlet
above it with a 100 cm margin at points marked on drawings
(see Chapter: Sizes of devices).
PREPARATION OF CABLE ROUTES (CONTROLLING)
INSTALLATION SITE PARTITION
Cable routes shall be led inside the foundation and outlet above
it with a 100 cm margin (see Chapter: Schemes of Connections).
If the assembly is planned on a building site or inside a facility
at use, the device assembly area shall be excluded from
an unauthorised personnel’s presence.
ORGANISING PEDESTRIAN TRAFFIC FOR THE ASSEMBLY TIME
If the assembly is planned on a building site or inside a facility
at use, inconveniences connected with constrictions or
exclusions of communication tracts within passageway areas of
the devices to be assembled shall be taken into consideration
for the time from the assembly start until handover for use.

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MAINTENANCE AND OPERATION MANUAL FOR GR1 GATE
2. Assembly of devices
DEVICES TRANSPORTATION TO AN ASSEMBLY SITE
MARKING THE ASSEMBLY ZONE
In case of a larger number of devices, it is advised to transport
devices on pallets.
DEVICES TRANSPORT WITHOUT PALLETS
UNLOCKING THE HOUSING WITH A KEY
To carry the devices at short distances, one shall meet the OSH
regulations on loads.
Unlocking the housing needs to be done by turning a key (1) in
a lock (2). Note: keys must be removed from the lock after its
unlocking. To stabilize the gate it should be leant against
something e.g. a wall.
REMOVING THE DEVICE HOUSING
MAKING ASSEMBLY HOLES
Lift the housing (1) up.
Make assembly holes (1) in the foundation.

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MAINTENANCE AND OPERATION MANUAL FOR GR1 GATE
LEADING CABLES
ANCHORING CHEMICAL ANCHOR BOLT
Cable wires shall be led to the inside of the device from the
bottom before fitting the device to the foundation.
For anchoring chemical anchor bolts the manufacturer’s
recommendations must be followed.
FITTING THE DEVICE TO ANCHOR BOLTS
CONNECTING CABLES TO DEVICES
After levelling and leading the cables, the device needs to be
fitted to the foundation with the anchor bolts.
Cables must be connected as shown in the manual (see chapter:
Sample Schemes of Connections).
SETTING OPERATION MODES
CONNECTING 24V SUPPLY
Cables must be connected as shown in the manual (see chapter:
Sample Schemes of Connections, as well as chapter: Functions of
devices).
Connecting power supply (1) can be performed by
an authorised person only. One has to make sure that neither
a person nor an object is present in the passage zones.

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MAINTENANCE AND OPERATION MANUAL FOR GR1 GATE
VERIFYING OPERATION OF CONTROL DEVICES
PLACING THE DEVICE HOUSING
Whether control devices (switch/control logic (1), control panels,
card-readers/control logics connected) work properly need to be
verified.
Having verified if connections to devices controlling the external
ones are made properly, and having approved working of all
functions, the device’s housing needs to be placed back.
LOCKING THE HOUSING LOCK WITH A KEY
Having the device’s housing placed, it needs to be locked with a
key (2) in a lock (1).

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MAINTENANCE AND OPERATION MANUAL FOR GR1 GATE
3. Preparation for operation and using of devices
Preparation for operation lies within the Investor’s/User’s/Buyer’s/Operator’s responsibility and includes the following: proper marking of
pedestrian passageways (see Chapter on designing passageways), establishing a person/people responsible for control and support (e.g. training of
people passing through) of pedestrian traffic at passageways as well as people being devices operators.
MARKING PASSAGE ZONES
ESTABLISHING DEVICES’ OPERATORS
See Chapter: Rules for designing pedestrian traffic control
systems.
The device should be used under supervision.
USING OF DEVICES
Using of devices should be done under supervision of persons
(devices operators) in accordance with operating regulations
provided in the manual herein and in accordance with safety
regulations. All abnormalities noticed in the devices functioning
shall give grounds to exclude a passage section from use.
Device operator shall, in particular, pay attention to and
support process of passing through of people with an unusual
luggage, a guardian with a small child or a disabled person.
RISE S.r.l. - Via Maso, 27 - 36035 Marano Vicentino (VI) - Tel.: [phone]
www.riseweb.it - [email protected]